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TYX-M mono continuous zoom microscope

Magnification: 0.7X-4.5X TYX-M series monocular zoom microscopes, they have long working distance, clear and smooth image quality, convenience operation etc. They can be used for inspection of electro-industry product line and printed circuit board. Feature Standard C mount design, connecting the camera directly. Digital & video camera, CCD camera and photography eyepiece can be chosen. TYX-M1 series are equipped with outside rotating optical body. TYX-M2 series are equipped with inside rotating optical body, annular LED illumination can be chosen. Objective range of zoom magnification 0.7X~4.5X.
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TZM0756 mono continuous zoom microscope

$130.00
Magnification: 0.7---5.6x Zoom ratio: 1:8
  1. Larger NA: 0.018-0.092 (When using 1x Auxiliary Lens)
  2. Higher resolution: 18.6um-3.65um (When using 1x Auxiliary Lens)
  3. Larger field of view: 0.99mm-31.74mm(Object plane)
  4. Larger sensor size: 2/3” (When using 1x TVLens)
  5. Working distance: 37.5mm-160mm
  6. Parfocal in zoom range
  7. Compatible with infinity objectives (both biological and metallographic)
  8. Compact size: 150 mm (length) × 40 mm (diameter)
  9. Auxiliary Lens with 0.50x, 0.75x, 1.00x, 1.50x and 2.00x magnification(Optional)
  10. TV Lens with 0.50x, 0.75x, 1.00x, 1.50x and 2.00x magnification(Optional)
  11. Intensity adjustable LED Direct Ring Light (Optional)
  12. Intensity adjustable LED Direct Ring Polarization Light (Optional)
  13. Intensity adjustable LED coaxial illumination(Optional)
  14. 45mm or 50mm Bracket Adapter(Optional)
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WD110mm mono fixed zoom microscope

Fixed zoom: 0.8X,1X,1.5X,2X,4X,6X,8X, The depth of field is the value of parsing images if you user 1/2" CCD camera and monitor for level 320 line (imaging surface concessional confusion circumference:40) Resolution is the theory resolute on of wavelength in 550nm
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WD110mm(DXT03-DXT1)Telecentric microscope

Fixed zoom: 0.3X,0.5X, 0.8X,1X,WD110MM The depth of field is the value of parsing images if you user 1/2" CCD camera and monitor for level 320 line (imaging surface concessional confusion circumference:40) Resolution is the theory resolute on of wavelength in 550nm
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WD110mm(DXT1.25-DXT3)Telecentric microscope

Fixed zoom: 1.25X,1.5X, 2X,3X,WD110MM The depth of field is the value of parsing images if you user 1/2" CCD camera and monitor for level 320 line (imaging surface concessional confusion circumference:40) Resolution is the theory resolute on of wavelength in 550nm
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WD110mm(DXT4-DXT8)Telecentric microscope

Fixed zoom: 4X,6X, 8X,WD110MM The depth of field is the value of parsing images if you user 1/2" CCD camera and monitor for level 320 line (imaging surface concessional confusion circumference:40) Resolution is the theory resolute on of wavelength in 550nm
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WD40mm Telecentric microscope

Fixed zoom: 2X,4X,6X, 8X,WD40MM The depth of field is the value of parsing images if you user 1/2" CCD camera and monitor for level 320 line (imaging surface concessional confusion circumference:40) Resolution is the theory resolute on of wavelength in 550nm
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WD65mm mono fixed zoom microscope

Fixed zoom: 0.3X,0.5X,0.8X,1X,1.5X,2X,4X,6X, The depth of field is the value of parsing images if you user 1/2" CCD camera and monitor for level 320 line (imaging surface concessional confusion circumference:40) Resolution is the theory resolute on of wavelength in 550nm
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WD65mm(DXT03-DXT1)Telecentric microscope

Fixed zoom: 0.3X,0.5X, 0.8X,1X,WD65MM The depth of field is the value of parsing images if you user 1/2" CCD camera and monitor for level 320 line (imaging surface concessional confusion circumference:40) Resolution is the theory resolute on of wavelength in 550nm
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WD65mm(DXT1.25-DXT3)Telecentric microscope

Fixed zoom: 1.25X,1.5X, 2X,3X,WD65MM The depth of field is the value of parsing images if you user 1/2" CCD camera and monitor for level 320 line (imaging surface concessional confusion circumference:40) Resolution is the theory resolute on of wavelength in 550nm
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WD65mm(DXT4-DXT8)Telecentric microscope

Fixed zoom: 4X,5X, 6X,8X,WD65MM The depth of field is the value of parsing images if you user 1/2" CCD camera and monitor for level 320 line (imaging surface concessional confusion circumference:40) Resolution is the theory resolute on of wavelength in 550nm